I have three major research interests. I have listed them below. There are many research opportunities in each of the domains.

Condition Monitoring and Fault Diagnosis
In this domain, my focus has been on electrical machines, in particular synchronous motors. I have acquired extensive experience on fault modelling, fault analysis, fault detection, fault classification and severity estimation. Currently, I am researching on an Artificial Intelligent algorithm that would accurately predict the existence of fault and its severity in propulsion motors of Electric Vehicles.

Real-time Modelling & Simulation
Another area of my research is the field of real-time simulation studies. Once again my focus has been in the field of electric power, especially in the emerging areas of modern smart grids and micro-grids. At present, my research in this domain entails development of Hardware-in-loop models of electric vehicle propulsion drives for the purpose of condition monitoring.

Engineering Pedagogy
Third area of my research is the enthralling field of engineering pedagogy. I am interested in developing pedagogical approaches that would facilitate Electrical Engineering education. As a first step, I am investigating the benefits of software simulation tools for practice, learning reinforcement and to relate to real-world systems.